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7. In the modern world, humans are surrounded by EM radiations. The great scientist, transmit and detect EM waves. was the first man to investigate how to 8. In his experiment, a , two metal wires, which generated a spark in the gap between them. This spark resulted in the traveled through the air and created a spark in a metal coil located over a meter away. If an LED is placed in that gap, the bulb would have glowed. This experiment showed a clear case of EM wave, was applied to the two ends of of EM waves. Those EM waves and 9. James Clerk Maxwell (1831-1879) had laid out the foundations for EM radiation by formulating four mathematical equations called

7. In the modern world, humans are surrounded by EM radiations. The great scientist, transmit and detect EM waves. was the first man to investigate how to 8. In his experiment, a , two metal wires, which generated a spark in the gap between them. This spark resulted in the traveled through the air and created a spark in a metal coil located over a meter away. If an LED is placed in that gap, the bulb would have glowed. This experiment showed a clear case of EM wave, was applied to the two ends of of EM waves. Those EM waves and 9. James Clerk Maxwell (1831-1879) had laid out the foundations for EM radiation by formulating four mathematical equations called

Introductory Circuit Analysis (13th Edition)
Introductory Circuit Analysis (13th Edition)
13th Edition
ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
Chapter1: Introduction
Section: Chapter Questions
Problem 1P: Visit your local library (at school or home) and describe the extent to which it provides literature...
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just please full the blank 

from this video below 

Electromagnetic Spectrum
1) https://youtu.be/1bpmI3wdqW8
2) https://youtu.be/FWCN_uI5ygY
3) https://youtu.be/ZaXm6wau-jc
4) https://youtu.be/W2VVoKArRcQ
5) https://youtu.be/GxAyRJjCAsQ

7. In the modern world, humans are surrounded by EM radiations. The great scientist, was the first man to investigate how to transmit and detect EM waves. 8. In his experiment, a two metal wires, which generated a spark in the gap between them. This spark resulted in the traveled through the air and created a spark in a metal coil located over a meter away. If an LED is placed in that gap, the bulb would have glowed. This experiment showed a clear case of EM wave was applied to the two ends of of EM waves. Those EM waves and 9. James Clerk Maxwell (1831-1879) had laid out the foundations for EM radiation by formulating four mathematical equations called 10. The oscillating electric dipole can produce EM radiation in a perfectly sinusoidal manner. In this case, the. generate a varying magnetic field perpendicular to it. will automatically 11. The wave velocity is Based on this relationship, when frequency goes up, then the wavelength goes down. times
Transcribed Image Text:7. In the modern world, humans are surrounded by EM radiations. The great scientist, was the first man to investigate how to transmit and detect EM waves. 8. In his experiment, a two metal wires, which generated a spark in the gap between them. This spark resulted in the traveled through the air and created a spark in a metal coil located over a meter away. If an LED is placed in that gap, the bulb would have glowed. This experiment showed a clear case of EM wave was applied to the two ends of of EM waves. Those EM waves and 9. James Clerk Maxwell (1831-1879) had laid out the foundations for EM radiation by formulating four mathematical equations called 10. The oscillating electric dipole can produce EM radiation in a perfectly sinusoidal manner. In this case, the. generate a varying magnetic field perpendicular to it. will automatically 11. The wave velocity is Based on this relationship, when frequency goes up, then the wavelength goes down. times
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